An open question of Gruenhage asks if all strategically selectively separable
spaces are Markov selectively separable, a game-theoretic statement known to
hold for countable spaces. As a corollary of a result by Berner and Juh?sz,
we note that the ?strong? version of this statement, where the second player
is restricted to selecting single points rather than finite subsets, holds
for all T3 spaces without isolated points. Continuing this investigation, we
also consider games related to selective sequential separability, and
demonstrate results analogous to those for selective separability. In
particular, strong selective sequential separability in the presence of the
Ramsey property may be reduced to a weaker condition on a countable
sequentially dense subset. Additionally, ?- and ?-covering properties on X
are shown to be equivalent to corresponding sequential properties on Cp(X).
A strengthening of the Ramsey property is also introduced, which is still
equivalent to ?2 and ?4 in the context of Cp(X).